TWI260522B - Merchandise distribution system, merchandise distribution method, merchandise distribution program and memory media - Google Patents

Abstract

Provide a merchandise distribution system capable of delivering merchandise in a planned and efficient manner. The present invention provides a means including a management center that allocates the merchandise to be stocked as scheduled to a distributed spot before being stocked, a distributed quota that is set to be an upper limit value determined by the management center in accordance with, for example, a purchase forecast of each respective region, a priority of customer or a percentage preset for each customer, when there's any order from customer, and a quota for flexibly meeting customer's purchase, which is set based on hierarchical structure that corresponds to the orders of customers from the bottom layer to the top layer and distributes the exact merchandise quantity to customer.

Description

[Technical Field] The present invention relates to a product distribution system and the like, and more particularly to a technique for streamlining product logistics by predetermining a delivery destination of a product to be reserved. [Prior Art] Fig. 19 is a diagram for explaining a conventional merchandise distribution system 1 〇 1. The merchandise distribution system 1 〇 1, roughly consists of three parts: the shipping area 102, the accumulation area 103, and the delivery location 104. The shipping area 102 is installed in a manufacturing company, for example, in a warehouse in which a product is stored in advance, or in a warehouse in which a product that is unloaded overseas and is unloaded at a port, which is a starting point for product shipment. The storage area 203 is a base that is accumulated and accumulated in advance from the warehouse, and is composed of a supplementary base provided at the rear and a product center installed at the front. The delivery location is the delivery location of the product, for example, a retail store, a retail store, or a wholesaler that sells the product to the consumer. The product distribution system constructed in this way! The logistics in 〇 i are carried out as follows. From the shipping area 1 0 2, the goods are shipped in an estimated manner and accumulate in the replenishment base. On the other hand, if the delivery location of the delivery location is 04, if the product is ordered, 1260522 (2) Cao is in the accumulation area 1 0 3 to confirm whether the ordered product is located in the product center. In the case of a product center, the product is delivered to the delivery location, and the product is sent from the supplementary site to be supplemented. On the other hand, if there is no such item in the product center, it is confirmed whether or not the item to be ordered is present at the point of replenishment, and if so, the item is sent to the delivery place via the product center. When the goods that are not ordered by the base are added, the goods are ordered from the manufacturer. Furthermore, as the logistics for distributing goods, the following supply chain management systems are available. [Patent Document 1] Japanese Laid-Open Patent Publication No. 2003-48621 This invention is based on the actual sales information provided by the channel manufacturer, and is required to generate prediction information for the finished product. Based on this information, the parts supplier is inquired about the part payment period. Then, based on the answer from the parts supplier, estimate the delivery deadline of the finished product and notify the operator. Further, as an invention for guiding the delivery date of a product, there are the following merchandise sales devices. [Patent Document 2] Japanese Patent Laid-Open No. Hei 2 002-24 3 52. In the present invention, the delivery time is guided to the customer even before the order is received, and when the customer orders, the product is directly delivered to the customer within the delivery deadline. [Problem to be Solved by the Invention] -6 - 1260522 (3) f The merchandise distribution system 1 0 1 is a product that is shipped from the shipping area 102, and is temporarily accumulated in the accumulation area 1 Q3. When ordering from the delivery location of 1〇4, the goods in the accumulation will be shipped, and the delivery cannot be completed by the plan one-------------------- ------------------. In addition, the distribution vehicles that are transported by these logistics are distributed in each of the bases, for example, there is a case where the delivery vehicle with less loading is driven, or the returning vehicle is not loaded with the goods, and the transportation cost is wasted. Accordingly, it is an object of the present invention to provide a merchandise distribution system and the like that can deliver articles in a planned and efficient manner. (Means for Solving the Problem) In order to achieve the above-described object, the present invention provides a product delivery system for delivering a product in a form in which the product is delivered to a customer in advance using a predetermined number of shipments of a predetermined product in a predetermined period of time in the future. The system is characterized by: a possible number setting means for setting the purchase possibility that the customer can order the aforementioned product, and setting the information in the distribution box information for contacting the customer; and assigning a frame information memory means, the means is memory The distribution box information of the order quantity information is provided; the order quantity obtaining means 'this means is the number of orders from the ordering customers who order the goods; the means of delivery' is the information of the distribution box from the ordering customer. Ordering the number of possible orders specified in the information, and distributing the number of orders obtained by the above-mentioned households to the aforementioned ordering customers; and 1260522 (4) means for updating, using the aforementioned delivery quantity, ordering the aforementioned allocation box information Possible information, updated to the number of possible orders after a specific delivery The first configuration). According to the first configuration, the allocation frame information memory means can store the hierarchical relationship information of the hierarchical relationship between the specific allocation frame information and the other allocation frame information, so that the allocation frame information becomes a hierarchical structure; the lowermost allocation frame information, and The customer directly contacts, the distribution box information other than the lowest level, and the distribution box information of the lower layer relationship is set with the distribution box information, and the customer is contacted; the delivery means is an allocation box from the ordering customer. The information of the lower allocation box in the information starts, and the order number is distributed in order (the second composition). In the second configuration, it is possible to configure a vending prediction number calculation means for calculating the number of sales predictions of the products in the predetermined period for each of the sales locations; and the possibility number setting means using the sales of the ordering customers The number of sales forecasts of the location determines the orderable number information (third configuration) set in the allocation box information. In the second configuration, it is possible to provide means for presenting the orderable number information set in the allocation frame information, and setting the possible number of possible order information presentations for each of the presentation objects presented by the presentation means Scope of the information (fourth configuration) In the fourth configuration, it is possible to configure the above-mentioned presentation object to correspond to any of the lowest allocation frame information in the previous winter 1260522 (5); The distribution box information (the fifth configuration) of the hierarchical relationship is set in the upper layer direction from the allocation box information corresponding to the lowest layer of the presentation object. With respect to the fifth configuration, it is possible to provide an upper layer presentation prohibiting portion in the hierarchical relationship; the above-mentioned suggestion possible allocation frame information is always "*"* —............- In the second configuration, the hierarchical structure of the allocation frame information can be set for each product (the seventh configuration). Moreover, the present invention provides a product delivery method, which is a product delivery method in which a predetermined number of shipments of a predetermined product in a predetermined period of time is used, and the product is delivered to a customer in advance, and the number of possible setting means and allocation frame information memory are used. The computer for the means, the order number obtaining means, the delivery means, and the updating means is characterized in that: the number of possible steps is set, and the step is to set the number of possible orders for the goods by the customer, and set the The allocation box information in contact with the customer; the allocation box information memory step, the step is to use the allocation box information memory means to memorize the allocation box information provided with the aforementioned orderable number information; the order number obtaining step, the step is to use the order number Obtaining means for obtaining the number of orders from the ordering customers who order the goods; the dispensing step, which is a order specified by the ordering information of the allocation box information in contact with the aforementioned ordering customer by means of delivery means -9 - 1260522 (6) Possible number, the number of orders obtained as described above And the updating step, wherein the step is to use the updating means to update the order quantity information of the distribution box information to the information of the number of possible orders after the specific delivery (8th composition) ). According to the eighth configuration, the allocation frame information memory means can store the hierarchical relationship information of the hierarchical relationship between the specific allocation frame information and the other allocation frame information, so that the allocation frame information becomes a hierarchical structure; the lowermost allocation frame information, and The customer directly contacts, the distribution box information other than the lowest layer, and the distribution box information under the hierarchical relationship is set with the distribution box information, and the customer is contacted; in the foregoing distribution step, the delivery means is from the foregoing The information of the lower allocation box in the distribution box information of the customer contact is started. In the ninth configuration, the computer includes a means for calculating the number of sales predictions, and the number of sales predictions for predicting the number of sales of the product in the predetermined period for each of the sales locations by using the sales prediction number calculation means. In the above-mentioned possible number setting step, the possible number setting means 'determines the order number of the sales in the distribution box information using the number of sales predictions of the sales location to which the ordering customer belongs" (the first component) In the ninth configuration, the computer may be provided with a presentation means; -10- 1260522 (7) and a presentation step of presenting the order number information set in the allocation frame information by using the presentation means; Each of the prompt objects presented in the prompting step sets the range of the possible allocation frame information for the possible number of information to be ordered (1st 1st configuration). In the eleventh configuration, the presentation target may be configured to correspond to any one of the lowest allocation frame information; and the range of the possible allocation frame information may be from the allocation frame information corresponding to the lowest layer of the presentation object. In the upper direction, the allocation box information of the hierarchical relationship is set (the 12th structure). In the twelfth configuration, the upper layer presentation prohibiting portion may be provided in the hierarchical relationship; the allocation frame information of the presentation may be until the portion restricted by the upper layer prohibiting portion (the 13th configuration). In the ninth configuration, it is possible to configure the hierarchical structure of the allocation frame information for each product (the first four-fourth configuration). Moreover, the present invention provides a product distribution program, which is a product distribution program that is realized by a computer using a function of pre-delivering the product to a customer in a predetermined number of shipments of a predetermined product in a predetermined period of time in the future. For: Using the computer to realize the possible number setting function, the function is to set the order quantity information of the aforementioned goods that the customer can order, and set the information in the distribution box to contact the customer; -11 - 1260522 (8) Assignment box information memory function This function is to store the allocation box information of the above-mentioned orderable number information; the order number acquisition function 'this function is to obtain the order quantity from the ordering customer who ordered the above goods; the distribution function, which is from the ordering customer The order number of the contact box information of the contact may be the number of orders specified in the information, 'the number of orders obtained before the _ is delivered to the above-mentioned ordering customer; and the update function, which uses the aforementioned delivery quantity to divide the foregoing The order information of the box information may be updated to the number of possible orders after the specific delivery. News (first configuration 15). With respect to the fifteenth configuration, the allocation frame information memory function can be configured to memorize the hierarchical relationship information of the hierarchical relationship between the specific allocation frame information and the other allocation frame information, so that the allocation frame information becomes a hierarchical structure; the lowermost allocation frame information, Directly contacting the customer, the distribution box information other than the lowest level, and the distribution box information under the hierarchical relationship with the distribution box information, and contacting the customer; the foregoing delivery function is to contact the ordering customer. The information of the lower layer allocation box in the allocation box information starts, and the order number is distributed in order (section 6). In the configuration of the first aspect, it is possible to realize a calculation of the number of sales predictions for calculating the number of sales of the products in the predetermined period for each of the sales locations by using the computer; The number of sales forecasts of the sales location to which it belongs is determined by the order number 12 (12) of the purchase order information set in the above allocation box information (section 7). With regard to the configuration of the first aspect, it is possible to realize the presentation of the information on the number of orders that can be set in the allocation frame information by using the computer. For each of the prompt objects that are prompted by the above-mentioned prompt function, set the range of possible allocation information of the ordering information (in the order of 8). The configuration of the first aspect may be such that the presentation target corresponds to any one of the lowest allocation frame information; and the range of the possible allocation frame information of the presentation is started from the allocation frame information corresponding to the lowest layer of the presentation object. In the upper direction, the allocation box information of the hierarchical relationship is set (the 19th component). In the configuration of the ninth aspect, the upper layer presentation prohibiting portion may be provided in the hierarchical relationship; the allocation frame information of the presentation may be up to the portion restricted by the upper layer presentation prohibiting portion (the 20th composition) In the case of the first and sixth configurations, it is possible to configure the hierarchical structure of the allocation frame information for each product (the second one configuration). Moreover, the present invention provides a memory medium that can be read by a computer that stores a product distribution program, and uses a computer to realize a predetermined number of shipments of a predetermined product used in a future predetermined period > A memory medium that can be read by a computer that stores the product in the form of a function of the customer. The characteristic is: Using a computer to realize -13- 1260522 (10) The order of the aforementioned customers can be ordered. The number information is set in the allocation box information in the distribution box information associated with the customer; the allocation box information memory function of the allocation box information provided with the aforementioned orderable number information; the order number of the ordering customer from ordering the aforementioned goods is obtained; a subscription number acquisition function; distributing the number of subscriptions obtained from the order quantity specified in the order quantity information of the distribution box information associated with the ordering customer to the delivery function of the ordering customer; and using the foregoing The quantity of delivery 'updates the order quantity information of the aforementioned allocation box information to a specific delivery Update function of the number of possible orders (the 22nd part). For the second configuration, the allocation frame information memory function can store the hierarchical relationship information between the specific hierarchical relationship with the other allocation frame information, so that the allocation frame information becomes a hierarchical structure; the lowermost allocation frame information Directly contacting the customer, the distribution box information outside the lowermost layer, and the distribution box information under the hierarchical relationship with the distribution box information, and contacting the customer; the foregoing distribution function is from contacting the aforementioned order customer. The lower allocation box information in the allocation box information is started, and the order number is distributed in order (the 2rd 3rd configuration). In the second configuration, it is possible to realize a calculation method for calculating the number of sales predictions of the number of sales of the products in the predetermined period for each of the sales locations by using a computer; -14 - 1260522 (11) The above-mentioned possible number setting function The order number information (the twenty-fourth configuration) set in the distribution box information is determined using the sales forecast number of the sales location to which the ordering customer belongs. With respect to the second configuration, it is possible to realize a prompt function for presenting the orderable number information set in the allocation frame information by using a computer; and setting a possible number of information for each of the presentation objects presented by the presentation function. The range of the allocation frame information (the 25th configuration) 〇 The configuration of the second aspect can be configured such that the presentation target corresponds to any of the lowest allocation frame information; The allocation frame information (the 26th configuration) of the hierarchical relationship is set from the allocation frame information corresponding to the lowest layer of the presentation object to the upper layer direction. In the configuration of the twenty-sixth aspect, the upper layer presentation prohibiting portion may be provided in the hierarchical relationship; the allocation frame information of the presentation may be until the portion restricted by the upper layer presentation prohibiting portion (the second seventh configuration). In the second configuration, the hierarchical structure of the allocation frame information can be configured for each product (the twenty-eighth configuration). [Embodiment] (Summary of the embodiment) The management center 5 (Fig. 1) uses a sales forecasting system to predict the number of necessary productions per week for each product and notify the manufacturing company. -15 - 1260522 (12) The company plans to prepare a production plan that meets the forecast (predicted 値), and notifies the management center 5 of the scheduled storage of the goods. If the product is stored in the warehouse, it will be shipped. The management center 5 will be notified that the goods scheduled to be in stock are pre-assigned to the delivery place before being placed in the warehouse. The number of allocations to be assigned, when there is an order from a customer (a retailer of a commodity, etc.), sets a possible upper limit for the order; for example, the management center 5 is based on the sales forecast of each area, and the priority of the customer. The number of allocations is determined by the ratio set by each customer in advance. Although it will be described in detail later, the number of allocations is set to a hierarchical structure and can flexibly correspond to the customer's order (Fig. 4), and the customer can be delivered to the customer from the lower layer to the upper layer. The goods are delivered from the warehouse to the delivery vehicles at the delivery location, and the management center 5 collectively distributes the vehicles. For each warehouse, the delivery deadline is set for each shipment, and the delivery vehicle is scheduled to depart every day. The delivery vehicle is delivered to the delivery location after the goods are re-loaded at the reprinted site through a predetermined delivery route. The time required for the delivery vehicle to pass through the transport path is estimated in advance. The collection deadline is set such that each delivery vehicle can meet the reprinted base at approximately the same time. The delivery vehicle, according to the instructions from the management center 5, reproduces the goods and sends them to the delivery location. Since % ' can estimate in advance the time when the product is shipped from the warehouse and the time required for the delivery, m can be notified to the customer with the correct delivery date. -16- 1260522 (13) In addition, the management center 5 deducts the items that have been put into the warehouse by the hour, and deducts the goods from the customers. ------1—The 'Management Center 5' receives the pre-hourly production plan provided by the manufacturing company' and the number of scheduled warehousing in hours (Figure 9). The management center 5' takes the number of orders from the customer and the desired delivery deadline, and specifically meets the deadline for the latest delivery deadline of the desired delivery deadline, using the collection deadline as the base point, in the direction of the backtracking time, that is, In the current direction, it will become a product that is scheduled to be put into storage, and only the number of orders will be deducted to the customer. In this way, by deducting the goods that have been delivered to the customer at the latest delivery deadline, even if there is a shorter delivery time than the customer, the order can be ordered, and the production can be coordinated. Scheduled efficient deductions. In the related art, the existing products that have been produced are deducted from the customer's order. However, in the present embodiment, the product can be streamlined by deducting the planned products that have not been produced. . (Detailed embodiment) Fig. 1 is a view showing an example of the configuration of the product delivery system 1 of the present embodiment. The merchandise distribution system 1 is a system for distributing home electric appliances such as digital cameras, cameras, and sounds to a vending shop. The merchandise distribution system 1 is composed of a reference shipping area 2, a shop delivery area 3-17-1260522 (14), a delivery place 4, and a management center 5. The reference shipment area 2 is a group of shipment bases that are the starting points for the shipment of goods, such as a warehouse of a manufacturing company of a product, or a warehouse in which a product that is produced overseas is unloaded at a port, and is aggregated. The delivery lead time of the store delivery area 3 to be described later becomes the same. In the figure, although only one reference shipping area 2 is shown, for example, the Tokyo area, the Zhongjing area, and the like, there are plural numbers in various regions of the country. The store distribution area 3 is an area where the delivery is based on a specific front-line base; and the area where the goods are to be delivered is divided into groups by region. In Fig. 1, although only one store distribution area 3 is shown, for example, the Kanto-Koshihide-Vietnamese area or the central area, etc., there are plural numbers in various parts of the country.

G In the store distribution area 3, a relocation base for the delivery of the goods to be delivered by the delivery vehicle or a delivery destination 4 for the delivery to the delivery location is provided, and the delivery locations of the products are collected and grouped so as to be from the distribution area 3 of the store. The delivery lead time becomes the same. In Fig. 1, although only one delivery destination 4 is shown, there are a plurality of delivery locations 3 in the store distribution area 3. As a delivery place, for example, a store or distribution center of a home appliance store, a home appliance retail store operated by a person, and a wholesaler of home appliance products. The management center 5 is an organization that manages the product logistics in the product distribution system 1 by a unified management; it is an organization that allows the products to be managed from the reference shipping area 2 to the delivery place 4 without delay. -18 - 1260522 (15) % Management Center 5 conducts a sales forecast and estimates the extent to which the product is to be produced. In this way, the management center 5 entrusts the manufacturing company before accepting the order for the purchase of the customer's goods. In addition, in the case of 'product distribution system', the so-called customer purchases goods manufactured by the manufacturing company under the management of the management center 5; for example, 'retail stores or mass merchandisers, etc., directly from the manufacturing company When selling to consumers, consumers become customers. The manufacturing company prepares a production plan capable of mastering the number of productions in units of hours based on the number of forecasts provided by the management center 5. According to this production plan, the management center 5 can grasp the number of items that can be shipped and shipped in units of hours. Further, the management center 5 specifies the delivery deadline of the warehouse and the transportation route of the transportation vehicle with respect to the goods scheduled to be stored, and performs a reprint instruction at the transfer site. Usually, the collection deadline and delivery path are fixed. The time required for the travel of the transport vehicle is estimated in advance, and the cut-off time of the delivery is set such that the transport vehicle can meet at the same time to reproduce the data. In order to deliver the goods in a planned manner, it is ideal when the goods are shipped. It is the place where the delivery of the product has been decided. Therefore, the management center 5 performs two pieces of information processing of "allocation processing using the allocation frame structure" and "management period management using the collection deadline" as will be described later. -19- 1260522 (16) "Assignment processing using the allocation frame structure" is based on the sales forecast "Production of scheduled products on a weekly basis, and information management that is pre-assigned to customers; "Delivery using the delivery deadline "Term management" is an information processing that efficiently distributes the delivered product 'in conjunction with the delivery time desired by the customer' on an hourly basis. As will be described later, the sales box information defining the hierarchical relationship is set for the customer. Hereinafter, the terms are defined in advance before the description of these information processing. The term "allocation number" refers to the upper limit of the number of items that can be ordered by the customer. For example, when the number of assignments of the customer A is 10 and the number of assignments of the customer B is 5, it is possible to agree to the order from the customer A, and to order the order from the customer B. The so-called "allocation" is to set the number of allocations to customers. For example, if customers A and B are assigned 10 and 5 respectively, the number of assignments to customer A and customer B is set to 丨〇 and 5, respectively. Further, in the present embodiment, as will be described later, the allocation frame structure with the hierarchy corresponding to the customer is used, and the allocation frame is allocated. The so-called "deduction" is when the order is from the customer, according to the prescribed deduction rules, the number of shares from the customer, the number of orders to be consumed, for example, when the number of customers from the distribution is In the case of ordering 3, the number of allocations is 3 out of 10, and the number of allocations after deduction is 7. This customer can then order 7 items. That is, the customer has only the right to order the assigned number of goods, and the deduction is the exercise of the right. 1260522 (17) In other words, the 'customer only has the right to ensure the number of shares in the goods that are scheduled to be placed', and the number of orders (unproduced) can be guaranteed only by participating in the deduction. Next, the system configuration of the management center 5 will be described using FIG. These system configurations, for example, can be realized by using a single server device or by combining a plurality of server devices. The management center 5 includes a sales forecasting system 7, a frame management/deduction system 8, and an order receiving system 9. Further, as a system corresponding to the business of the reference shipment area 2, the shop delivery area 3, and the delivery place 4, the manufacturing company system 1 2, the distribution company system 1 3, and the sales company system 14 are also illustrated. These systems communicate with the system of the Management Center 5 via the network. The vending forecasting system 7 is a system for predicting the number of merchandise sold per item of merchandise. The sales forecasting system 7 performs the sales forecast on a weekly basis, and notifies the forecast management result deduction system 8 and the manufacturing company system 1 2 〇 vending prediction system 7 to store the past actual sales data of each commodity item, and Use statistical methods to predict the number of sales. In addition to predicting the total number of sales, the sales forecasting system 7 can predict the number of sales by various viewpoints such as sales forecasts of various regions or individual vendors. Further, since the number of predictions calculated by the sales prediction system 7 is not necessarily accurate, the specific person in charge can correct the prediction number in accordance with the actual situation. As the software constituting the vending prediction system 7, a known soft-21 - !26 522 (18) body can be used. The sales forecasting system 7 notifies the manufacturing company system 12 of the total number of sales. The manufacturing company prepares a production plan based on this total number of sales' and notifies the box management • deduction system 8. In this production plan table, the predetermined number of stocks is set in hours. The frame management/deduction system 8 performs allocation and deduction of the products of the predetermined bank by performing "allocation processing using the allocation frame structure" and "delivery period management using the collection deadline". The frame management/deduction system 8 distributes the products scheduled to be stored to the customers using the sales forecast obtained by the sales forecasting system 7 and the predetermined deposits obtained from the manufacturing company system 12. Further, the frame management/deduction system 8 acquires the order data of the customer transmitted from the order taking system 9, and deducts the order quantity from the customer's assigned item. Moreover, the order receiving system 9 is notified of the deduction result. The order information includes information about specific customers, information on specific order items, order quantities, and expected delivery times. Further, the distribution company system 3 obtains the library information, and uses the information, the deduction result, and the distribution result to notify the distribution company system 13 of the shipment request and the shipment schedule. The early delivery system 9 receives the customer order information transmitted from the vending company system 14 and supplies it to the box management/deduction system 8, and obtains the deduction result for the order from the box management/deduction system 8. Orders from the vending company system 4 are carried out via a network such as the Internet, and telephones, faxes, etc. can also be used. Obtain the order of 1260522 (19) and remember it as the order information. The order taking system 9 calculates the delivery deadline based on the deduction result and notifies the selling company system 14 . Further, the calculation of the delivery deadline may be performed by the frame management/deduction system 8. Fig. 3 is a view showing an example of a vending prediction screen provided by the vending prediction system 7. The sales forecasting person can obtain various prediction numbers while operating the sales forecast screen displayed on the display. The prediction area 2 1 is a column for specifying the sales forecast of the product, and the person in charge can select from the preset 値. In addition to being able to select a region such as the whole country, the Kanto region, and the Chiyoda-ku, the forecasting area 2 1 ' can also select a customer such as "〇X Camera" or "〇〇法人". , to carry out sales forecast. Further, it is also possible to take the logical product of both the customer and the region as in the "〇X camera A N D Chiyoda-ku", and obtain the sales forecast of each customer's local area. The item 22 is a column of the type of the designated product, and the person in charge can select from a product type prepared in advance such as a digital camera, a "digital camera", or a "television". Model 2 3 is a product number that can be selected according to the type of product specified by the product 2 2 . By specifying the item 22 and the model number 23, it is possible to specify the object of prediction, that is, the 1260522 (20) commodity item. Furthermore, when the model number 2 3 is not specified, the prediction number of all the varieties specified by the category 2 2 can be obtained. The prediction number indication column 24 indicates the actual sales performance up to the previous week and the number of predictions after the week. Furthermore, the number of predictions after the week is indicated by the bottom line. In the item "sales forecast number", the "predicted modulus of the sales forecasting system 7" indicates that the past sales performance or other defects are used as parameters. This prediction number is calculated based on the statistical calculation processing, and the person in charge can use it as a minute hand after predicting the actual number of sales. The item "actual sales number" is the actual number of predicted sales based on the forecast in the "sales forecast". This prediction number can be corrected by the person in charge; this prediction number, together with the mechanical processing, can reflect the judgment of the person in charge. The item "Market in the market" is the quantity of goods stored in the warehouse in the current market. It is the forecast number after the week. The person in charge can also correct this prediction. The item "number of shipments" indicates the number of shipments of this item to the market. It is the forecast number after the week. This forecast is calculated based on the calculation formula of "the number of markets in the week - (the number of markets in the previous week) + (the actual number of sales in the week)". In the example of Figure 3, the number of shipments for the week is: 5 2 0 4 = 1 5 3 7 7 _ -24- 1260522 (21) 11640+1467. If the person in charge changes the "actual sales number" and "market number in the market" in the week, the "number of shipments" is also updated to the 算出 calculated by the above-mentioned change. In the example shown in the figure, since the forecast area 21 is "national", the number of shipments in the week is 26, which is the number of "digital camera model ABC12345" that the manufacturing company should ship. The manufacturing company system 12 of the manufacturing company that transmits the defect to the digital camera by the vending prediction system 7 can set the number of production targets of the digital camera. The sales forecasting system 7 calculates the number of shipments in the current week and the next week for each product item, and transmits them to the manufacturing companies of these product items. "Assignment processing using the allocation frame structure" Next, the allocation processing of the use allocation frame structure by the frame management/deduction system 8 will be described. Fig. 4 is a view showing an example of a distribution frame structure used when the frame management/deduction system 8 allocates products to customers. The allocation box structure is generated for each item item in weeks. The distribution frame structure 30 shown in the drawing is a distribution frame structure of a certain number of cameras of the model ABC12345. The allocation frame structure 30 is formed in a memory space of a computer constituting the vending prediction system 7, and can be presented by a device such as a display. The memory device of the computer constitutes a distribution box information setting means. -25- (22)1260522 The frame level at the top of the frame is "Top of the old number of sub-frames", "Assembly", in the large frame industry, the structure of the allocation frame is also constructed, such as the distribution box of the 4th name and the number of allocations. The hierarchical relationship is based on the allocation box (one), (one or plural) of the allocation frame position, and the allocation box is combined. In the example shown in the figure, the topmost J allocation number is set to J, etc. At the top of the distribution box factory, the lower level of the legal person j, the factory's other general law is 0 〇 in the distribution box factory old customer legal person" Edo Electric J factory Long c aI set: 50 and 30 ° in the distribution box factory Edo In the case of the shoji of the shoji of the shoji, the shoji of the shoji of the sho The business shape of these distribution boxes 1 contact the customer map The indication is constructed by attaching a hierarchical relationship. The belonging hierarchy 'is located in the distribution box information of the distribution box just below the distribution box; if it is constructed according to this hierarchy. The allocation box of the layer, which assigns the box name 0. The following is abbreviated as the allocation box "(level 1), the allocation box "person", "special legal person", the assigned lower level (hierarchy 2), the assigned mera (company name), and the lower layer (hierarchy 3). The allocation box is set to 15. The lower layer (hierarchy 4), and thus the fraction is set to 45. As an example, it is a matter for the customer, but it is not limited to the allocation box and the hierarchy that are not related to this mode, that is, the lowest allocation box, - 26-1260522 (23) directly contacts the customer, and is located at the most The allocation box of the upper layer of the lower layer is in contact with the customer via the allocation box of the lower layer in which the hierarchical relationship is set. Further, in the figure, in order to simplify the description, each customer is associated with the lowest allocation box, but a plurality of customers are associated with an allocation box. The customer can participate in the deduction by sequentially digesting the number of allocations of the assigned allocation boxes from the lower level. For example, the customer 3 3 a can digest the allocation number of the distribution box "Umeda Sales Office" 4 5 (that is, the deduction of the product can be participated until 4 5), and the allocation number of the distribution box "Umeda Sales Office" is all. After digesting, it is possible to participate in the deduction of the allocation number of 15 in the distribution box "Osaka branch" set in the upper layer. Further, the customer 3 3 b and the customer 3 3 c are in contact with the distribution box v "Long cam era (company name)" in the hierarchy 2, and after the allocation boxes of the hierarchy 3 and 4 are digested, the customer 3 3 b and the customer 3 3 c can participate in the deduction of the allocation number of the allocation box "Long camera". The number of allocations of the allocation box "Long camera (company name)" is deducted from which customer, based on the digesting of the number of allocations in the lower layer. That is, first, the number of allocations of the lower layer is digested, and the deduction of the required allocation frame ^ Long c a m e r a" is obtained. In this way, by deducting the deduction rules from the lower layer in sequence, it is possible to prevent the customer from flying to the level in the middle of the journey and to obtain the number of allocations of the upper layer first, and to monopolize the product. In the allocation frame configuration 30, the upper retrieval impossible portion 3 2 • 27-1260522 (24), 3 2, ... is further set. The upper search impossible portion 3 2 constitutes the upper prompt prohibition portion 〇 the upper search non-portion portion 3 2 means that the upper limit of the allocation frame of the deduction can be participated, and also the upper limit of the search range set for the customer. The customer enters the management center 5 from the terminal device of his own company, and within the allocation box of his own contact, can start from the upper search unrecognizable part 3 2, search the lower level, and know the distribution set in these allocation boxes. number. For example, the distribution box "Edo Electric", "Osaka Branch", and "Umeda Office" form a search range; the customer 3 3 a can search for each allocation box from the terminal device, but cannot search for the upper part than the upper search. The route of the distribution box "old customer legal person" or the distribution box "L ο ngcamera". In addition, even if the search is performed in the same search range, the customer can search in the direction in which the class is rising. However, the customer 3 3 b can refer to the distribution box "Sapporo Sales Office" - the distribution box. "Hokkaido Branch" - the distribution box of the "Long Camera" in the upward direction. However, it is not possible to search from the distribution box "Long camera" to the direction of the distribution box "Tokyo Branch", that is, in the direction in which the hierarchy is descending. This is to prevent monopoly purchases of large-capital businesses such as large-scale retail stores. In addition, as for the number of products purchased by the business, -28-1262522 (25) is a business secret of each business entity, and the number of products allocated to each business is determined as a relationship with the sales strategy of the product supply. The entire disclosure of the allocation frame structure 30 is disclosed. Next, the subtraction method using the distribution frame structure will be more specifically described using Fig. 5. In Fig. 5(a), the upper layer is the distribution frame "A camera", and the lower layer is the distribution frame "A camera Hokkaido". Now, I have ordered one from the management center 5 from the customer "A Camera Retail Store" that is in contact with the distribution box "A Camera Hokkaido". In this case, the frame management/deduction system 8 confirms the number of allocations of the lowest distribution box "A camera Hokkaido" in contact with the customer "A camera retail store", and determines whether or not the deduction can be deducted. In this case, since the number of allocations of the allocation frame "A camera Hokkaido" is 2, it can be deducted; therefore, the frame management/deduction system 8 allocates one of the allocations 2 of the frame "A camera Hokkaido". Deducted to the customer "A camera retail store". Figure 5(b) shows the allocation frame structure after deduction; the deduction of the allocation box "A Camera Hokkaido" is updated to 1 (=2 - 1). Fig. 5(c) is a structural diagram showing the allocation frame in the case where the allocation number of the allocation frame "A camera Hokkaido" is 〇. In this state, the management center 5 receives one δ purchase from the customer "A camera retail store". In this case, the box management/deduction system 8 confirms the allocation number of the allocation box "Α Camera Hokkaido". Since the number of allocations in this case is 0, it is not possible to deduct - 29 - 1260522 (26) minus, and then confirm the allocation number of the upper allocation box "A camera". In this case, since the number of allocations is 1 〇, the box management/deduction system 8 deducts one of them from the customer to the "A camera retail store". .  Thin Fig. 5(d) shows the allocation frame structure after the frame management/deduction system 8 is updated by deduction; the allocation number of the allocation frame "A camera" is updated to 9 (= 1 0 - 1 ). As described above, the case where the allocation frame is hierarchically formed has the following advantages. When the number of allocations in the allocation box of the upper layer is plural, the number of customers located in the lower layer becomes a state shared by the customers, and the order of the customer can be deducted to any one of the customers. In other words, by arranging the distribution of the products using the hierarchical structure, the deviation between the number of sales forecasts and the actual number of orders can be absorbed by the number of allocations of the upper hierarchy. For example, in the Kanto-ku, Nakagyo-ku, and other large-selling areas, the number of sales forecasts is small, so the deviation from the number of orders for the forecast is small. Φ On the other hand, in the hawker-selling area such as Sakae-cho, Chiyoda-ku, the number of deviations from the number of orders is larger due to the small number of sales, so that the lower-level distribution box is The smaller the number of customers who contact, the larger the change in the number of orders relative to the forecast number, and the correct prediction becomes difficult. Therefore, the fluctuation amount is first allocated to the upper allocation box, and the upper layer allocation number is used to absorb the fluctuation generated by the lower layer. -30- 1260522 (27) For example, the number of sales forecasts for the distribution area "A area" is set to three, and the number of sales forecasts for the distribution area "B area" is two. Then, set the number of allocations for one "a area" and the number of allocations for one of "B areas" and set the allocation box "C area" to the upper level of "B area" and "a area". The number is set to 3. In such a situation, there are two orders from the "A area" and three cases from the "B area". The number of allocations in the "C area" is only added to the "a area". One set can be added to the "B area". In this way, the correction of the _ _ match number, within the entire allocation frame structure, only profit - S -. . . . . . . .  This can be done with "A Area", "B Area" and "C Area" directly above it. In the case where the allocation frame is not hierarchical and is a single layer, each frame is only in contact with a small number of customers. When the number of allocations is insufficient, the allocation box of the remaining allocation number must be retrieved, and the allocation box is The number of allocations moves to the allocation box with insufficient allocations, which makes the processing complicated and inefficient. Although the case where the allocation frame structure is single has been described above, as shown in Fig. 6, a plurality of allocation frame structures may be hierarchically structured. ;. . . . . . . . In the sixth diagram, the allocation frame structure 36 is the lower layer of the distribution frame "Kanto Branch" belonging to the distribution frame structure 3 5; the distribution frame structure 37 is the distribution frame belonging to the distribution frame structure 36. The lower layer. Even if the distribution frame structure is constructed in such a composite manner, the distribution number deduction can be performed from the lower layer. For example, when the deduction amount of 1260522 (28) in the distribution box "Tachikawa Office" of the distribution frame structure 37 is larger than the number of allocations, the shortage amount is added from the "top" of the distribution box directly above. When it is not possible to replenish from the "top" of the distribution box, the allocation box "Tokyo Branch" of the allocation frame structure of the top of the frame is not enough. The foregoing actions are repeatedly performed until the insufficient amount is added, or until the upper search impossible portion 32 is reached. Fig. 7 is a flow chart for explaining the order in which the frame management/deduction system 8 sets the number of allocations. The following processing, the frame management/deduction system 8 is performed in accordance with a predetermined program. First, the counter i for calculating the commodity item is initialized to 〇 (step 5). Next, the predetermined number of stocks is acquired for the commodity item of the i-th (step 10). This processing is performed by the order number acquisition means including the frame management/deduction system 8. Further, the allocation number of the predetermined number of stocks is used, and the allocation frame structure corresponding to the item item is input (step 15). This processing is performed by the possible number setting means including the frame management/deduction system 8. The number of allocations is determined, for example, based on parameters such as the number of sales forecasts in each region, the priority of the customer, or a predetermined ratio. Also, other methods can be used. If necessary, the person in charge can adjust the number of allocations. Further, when the sales forecast is made, there is a case where a small area or the like is intended to be applicable to the sales forecast, and thus it is not applicable. Therefore, in the area where the forecast cannot be sold, the person in charge is manually set the number of allocations. -32 - 1260522 (29) Next, for all the item items, it is judged whether or not the number of allocations has been set (step 20). When there is an unallocated item item (step 2 0 ; N ), the counter is incremented by only 1 (step 2 5 ), and back to step 10 . When the distribution of all the commodity items is completed (step 2 0; Y), the distribution processing is ended. Figure 8 is a flow chart for explaining the sequence of deduction processing using the allocation frame construction. The following processing is performed by the frame management/deduction system 8 in accordance with a predetermined program. First, the number of orders from customers is obtained (step 50). This processing is performed by the order number obtaining means including the frame management/deduction system 8, and then the allocation box for contacting the customer is specified, and it is confirmed whether the allocation number of the allocation frame is sufficient for the deduction (step 5). 5). When the number of allocations is sufficient (step 5 5 ; Y ), deduction is made from the number of allocations. This processing is performed by the deduction means having the frame management/deduction system 8. Then, the allocation number of this allocation frame is updated to the assigned 値 (= 値-deduction before deduction) (step 75), and the processing is ended. This update processing is performed by the update means of the frame management/deduction system 8. When the number of allocations is insufficient (step 5 5 ; N ), it is confirmed whether or not the allocation box of the upper side can be referred to (step 60). When the upper part is the upper part and the unrecognizable part cannot be referred to (step -33 - 1260522 (30) step 6 0 ; N ), the deduction is not performed or the amount of possible deduction is deducted and the processing is terminated. When the allocation box directly above can be referred to (step 60; Y), confirm the allocation number of the allocation box directly above (step 6 5). Next, it is judged whether there is an i allocation number for supplementing the shortage in the allocation box (step 70), and when the number of allocations is insufficient (step 70; N), the process returns to step 60, and then proceeds to the upper layer. The exploration of the allocation of allocation boxes. φ When the number of allocations is sufficient (step 70; Y), deduction is made from the allocation box, and the number of allocations is updated to the deducted 値 (step 75), and the processing is ended. The following effects can be obtained by the deduction processing using the distribution frame structure described above. (1) When the order item from the customer is deducted, the number of allocations of the upper limit of the deduction amount can be set in the hierarchical allocation frame structure for each customer. φ (2 ) uses a distribution frame structure, and since the delivery destination can be set in advance for the product to be reserved, the transportation vehicle can be equipped with a plan. * (3) It is possible to have a plan to match the car and carry out the reprint instructions for the cargo.  ‘So there is no need to accumulate goods in the store distribution area 3. Therefore, the transport vehicle can reload the cargo in the store delivery area 3 and then deliver the cargo to the delivery location. (4) Deduction, starting from the allocation box below the customer's position, into the -34-l26〇522 (31) line, and when the deduction exceeds the allocation number, it can be deducted from the allocation box of the upper level. . (5) By setting the upper search impossible portion in the allocation frame structure and referring to the allocation frame coming in from the outside, it is possible to limit it to a predetermined range. In this way, it is possible to switch between the small frame management of the supply and demand of the product and the management of the small frame management without changing the hierarchical structure of the distribution frame. (6) The setting of the allocation number of the allocation frame can be automatically set from the predetermined number of stocks by using a predetermined ratio or sales forecast or the like. (7) The allocation frame structure is set for each product, which makes it possible to classify customers that are inherent to the product, and can more accurately reflect the order from the customer who sells the strategy. Further, it is possible to set the number of allocations of the product characteristics. [Delivery of delivery deadlines using the collection deadline] Next, the delivery deadline management process for the use of the collection deadline by the frame management/deduction system 8 will be described. In the deduction process using the distribution frame structure, the number of deductions can be deducted by setting the number of allocations. On the other hand, the deduction process using the collection deadline is set in the frame structure. The delivery deadline c of the merchandise, that is, the distribution frame structure, is created weekly, and the number of merchandise to be produced in the week is assigned to the allocation frame structure. -35- 1260522 (32) However, for example, if 100 products are to be produced this week, the products are produced on a daily basis, such as I 00 on the first day and 20,000 on the second day. Therefore, even if the goods to be distributed in the same distribution frame structure, the goods that are first produced can be delivered to the customer as soon as possible. Therefore, if the so-called collection deadline is used, it is possible to accurately notify the customer of the delivery deadline of the product that is scheduled to be stored (not present). In more detail, first, the production plan data (scheduled storage) received from the manufacturing company is in hours, and the deadline for sending the product is in hours. Further, the deduction is made by deducting the number of scheduled warehousing and the delivery deadline at the time of ordering from the customer, and then using the item that is expected to arrive at the latest order of receipt of the customer's desired deadline. Use this as a deduction rule. Hereinafter, the order will be specifically described. In the present embodiment, the product is transported one by one in each delivery direction by the delivery vehicle. Fig. 9(a) is a diagram showing an example of time division of goods from a certain warehouse. Starting from the warehouse, the vehicles will be transported to the Kyushu area and the state. In addition, although it is not necessary to fix the time at the time of departure, in order to simplify the description, it is set to start at a daily schedule. In addition, this time division constitutes the shipping schedule information indicating the possible shipment time of the product, the number of shipments of -36-1225822 (33), and the difference in the collection deadline. This time division is transmitted from the manufacturing company system 12 to the frame management/deduction system 8' and is memorized by the frame management/deduction system 8 (shipping reservation information obtaining means). The deadline for shipments to Kyushu is set at 12 hours per day; the deadline for shipments to the state is set at 14:00 per day. On the other hand, the number of warehouses in this warehouse is currently 25, and the scheduled storage of possible shipments is set to 2 5 at 9:00 on April 1, 25 at 1 3, and 9:00 on April 2 It is 75 and 75 at 13 o'clock. In this way, from the manufacturing company system 12 to the management center 5, the scheduled storage is notified in units of hours. When the current time is set to 8:00 on April 1st, 50 order quantities are transmitted from the customers' local specialty stores (Fig. 9(b)). The deadline for the collection of the state's goods that meets the customer's desired delivery deadline is set to 14 o'clock on April 1. The frame management/deduction system 8 performs deduction processing of the goods that are scheduled to be stored based on this time. In addition, the deadline for the collection of the state of the state that meets the customer's desired delivery deadline is set to 14 o'clock on April 2, and the deduction of the 14:00 on April 2 is used as the base point. Less processing. In this way, the deduction process is performed by taking the deadline of the latest delivery deadline of the desired delivery deadline as the base point, and then the customer who wishes to deliver the goods in a short time is present, and it is possible to ensure that the customer is deducted. The possibility of goods becomes larger. -37- (34) 1260522 Next, the frame management/deduction system 8 searches for the number of predetermined deposits from the base point to the present and confirms it, and then starts from the base point and deducts the order number. / For example, if the number of orders is 50, 'the number of scheduled storages closest to the base point (1:4 on April 1st) is 25 (1:3 on April 1), deducted from this customer, and then backtracked Time 'deducted 25 of the scheduled storage (9:00 on April 1) to this customer. In this way, the frame management/deduction system 8 deducts 50 items from the base point to the lingering direction of the backtracking time. If the number of customers ordered is 60, then the backtracking time will be deducted from the current 25 in the library to 10 customers. Figure 10 (a) is a diagram for explaining another example of deduction. Today, suppose that the state's special stores have ordered 150. The deadline for the latest collection of goods that meets the deadline for delivery is set to 14 o'clock on April 1. However, even if this time is used as the base point to trace back and forth, it is impossible to ensure the number of 150 scheduled deposits. _ Therefore, the box management/deduction system 8 attempts to secure the merchandise with the deadline of one of the collections closest to the desired delivery deadline (1:4 on April 2) as a base point. · First, the box management and deduction system 8 ensures that the number of scheduled inbounds closest to the base point (April 2, day 14:00) is 75 (April 2, 1 3 o'clock), and further - ensuring the second near base point reservation The number of warehousing is 7 5 (9 pm on April 2), and these total 150 are deducted to this customer. In this case, since the actual delivery deadline is about one day later than the customer's desired delivery deadline -38 - 1260522 (35), but it is possible to ensure that the delivery deadline closest to the desired delivery deadline is able to meet the customer as much as possible. Hope. Furthermore, the customer is notified of the delivery deadline after the deduction. Fig. 10(b) is a diagram for explaining an example in which the number of predetermined deposits to be deducted has been deducted. Suppose there are 150 orders from customers (state-specific stores). In the same manner as in Fig. 10(a), it is attempted to secure the product to be reserved for storage at the time of 14:00 on April 2nd. However, the 75 scheduled arrivals closest to the base point (13 o'clock on April 2) are assumed to have been deducted to other customers. Therefore, the 'frame management/deduction system 8 does not perform the deduction of the predetermined inbound merchandise, and 11^ the second deduction of the predetermined number of inbound merchandise. Thus, the deduction system is made in a sequential order. Use this as a deduction rule. In the direction of the backtracking time from the base point, the frame management and deduction system 8 ensures that there are 7.5 unsettled scheduled goods (9:00 on April 2) and 25 (on April 1st, 1 5). Time), ... a total of 150, and deducted to customers. Next, an example of deducting the goods currently in the library will be described here with reference to Fig. 1(a). Now, assume that there are 50 subscriptions from Kyushu special stores among customers. The latest deadline for the delivery of the customer's desired delivery deadline. When it is set to 2 on the 1st of April, the frame management/deduction system 8 attempts to secure the product and deduct it from the customer based on this time. -39- 1260522 (36) First, from the base point to the backtracking time, ensure that the nearest scheduled goods are 25 (9:00 on April 1). · Next, the box management and deduction system 8 goes back and forth to ensure that.  Now in the library of 2 5 . The box management and deduction system 8 deducts a total of 50 items from this customer. In this way, the frame management/deduction system 8 is also targeted for deduction of items currently in the library. - Next, an example in which the order of this customer is 150 will be described using FIG. 1(b). In the frame management and deduction system 8, we try to secure the product with the delivery deadline of 12:00 on April 1 as the base point, but since we can only ensure 5 items, we do not use this time as the base point. Second, close to the current collection deadline (12 o'clock on April 2) as the base point. From this point of origin, we will go back to the time direction to ensure that 150 items of the scheduled inbound goods are not deducted and deducted from this customer. · In this case, since the scheduled inbound goods from 9:00 on April 2 to 9:00 on April 1 can be used, 150 can be secured, so there is no need to deduct 25 of the in-store. ▼ Figure 12 is a diagram illustrating the method of calculating the delivery deadline. .  First of all, the goods are presented from the warehouse (out of the warehouse), starting in April; 5 ^, starting from the benchmark shipping area. After the goods are transported, after 3 hours, they are transferred to another transport vehicle at the reprinted base, and then transferred to another transport vehicle after 12 hours, and after 4 hours -40- (37) 1260522, arrived at the delivery location. That is, the total time of the lead time is 1 9 (=3+12+5) hours. The frame management/deduction system 8 memorizes the time required for each transport path, and can use this data to calculate the delivery deadline. Therefore, the 'frame management/deduction system 8 is provided with a required time calculation means. In addition, the calculation of the above delivery deadline is simplified; in fact, it is necessary to consider various situations such as the holiday of the manufacturing company, the holiday of the transportation company, the retransmission time of the transportation vehicle, and the holiday of the customer. Calculation of the term of the goods. Also, when the customer does not indicate the desired delivery deadline, the order is the desired delivery deadline. Figure 13 is a flow chart for explaining the sequence of deduction processing using the stock-cut deadline. The following processing, the frame management/deduction system 8 is performed in accordance with a predetermined program. First, the order information is transmitted from the manufacturing company system 1 2 (Fig. 2) to the order taking system 9; the order taking system 9 supplies the data to the box management/deduction system 8. The box management and deduction system 8 memorizes this information. Thus, the frame management/deduction system 8 is provided with an order acquisition means. The frame management/deduction system 8 obtains the goods to be deducted, the order quantity, and the desired delivery time based on the order information (step 1 00). Next, the box management/deduction system 8 uses the predetermined deposit \\ of the product to meet the latest stock delivery deadline of the desired delivery deadline (step 〇 5 ). This collection deadline is the basis for deduction processing. This should be -41 - 1260522 (38) by means of the collection deadline selection method with the frame management and deduction system 8. Then, the 'box management and deduction system 8 searches for the goods (not deducted) of the predetermined inbound (inventory) from the already specified collection deadline to the current time, that is, in the backtracking time direction, to ensure the order. The number (step no) 〇 this processing 'should be managed by the box. The retrieval means of the deduction system 8 is carried out. Next, the frame management/deduction system 8 determines whether or not the number of orders has been secured (step 115), and deducts the predetermined inbound goods that can be secured when the number of orders can be secured (step 1 1 5; Y). Give this customer (step 1 2 0) and end the process. This deduction shall be carried out by means of delivery with the frame management/deduction system 8. On the other hand, when the number of orders cannot be guaranteed (step 1 1 5 ; N ), the specific next stock cut-off time, that is, the specific ratio is the closest to the current stock-out deadline specified in step 1 1 0 The collection deadline (step 125) 'Go back to step 1 1 0. Hereinafter, this process is repeated until the deduction is completed. Further, the frame management/deduction system 8 has a database for storing the correspondence between the customer and the deducted product. The information is updated (deduction of the information memory means) along with the deduction operation. As described above, in the present embodiment, when the production plan is deducted from the customer's order, the most appropriate deduction is performed, and the logic is provided to minimize the chance of loss - 42 - 1260522 (39). In addition, when the deduction process is implemented as a whole, the deduction result is not a mismatch control method. [Re-deduction processing] Next, the re-deduction processing will be described. The manufacturing company will notify the management center 5 of the scheduled storage on an hourly basis. However, due to some changes in accidents or holidays, maintenance inspections of the equipment, etc., the storage will be later than scheduled. Due to the delay in the storage, if the scheduled storage is changed, the management center 5 uses the latest information to perform the re-deduction process and implements the deduction again, and calculates the delivery deadline after the change. In this way, in the case where the delivery deadline is delayed, the management center 5 can immediately calculate the delivery deadline again and notify the customer of the changed delivery deadline. Further, in the present embodiment, the case where the storage delay is performed is described; however, the case where the storage is earlier than the predetermined condition can be similarly calculated again. ^ - - - * * Γ Hl. . . ... n τ『一·, the goods term. Fig. 14(a) is a diagram showing a predetermined warehousing of a manufacturing company. At the current time (8:00 on April 1st), it is assumed that 25 items of goods scheduled to be in storage at 9:00 on April 1 and a total of 50 items of goods that are scheduled to be in storage at 13:00 on April 1st have been Deduction to a customer's and scheduled for April 1st. However, as shown in Figure 14(b), 'Now (14:30 on April 1st), the merchandise has not been put into storage' and it is considered that it cannot catch up with April 1st, 1st and 4th - 43 - 1260522 (40) The deadline for collection. Moreover, the g-center 5, from the manufacturing company, received a delay in the storage of the 50 items, and the pre-banking was changed to a notice of storage at 15 o'clock on April 1. Then, in the management center 5, the frame management/deduction system 8 receives the notification and starts the re-deduction processing. First of all, 25 of the 25 books that were scheduled to be put into storage at 9:00 on April 1 and 25 which were scheduled to be put into storage at 13:00 on April 1st were added to 5 of the 5 warehouses scheduled to be placed at 15:00 on April 1. As a result, the number of scheduled deposits at 15:00 on April 1 became 100. In this way, the frame management/deduction system 8 first updates the scheduled storage using the latest information from the manufacturing company. Next, the frame management/deduction system 8 is as shown in FIG. 14(c), starting from the current collection deadline of the current collection, that is, 14:00 on April 2, and starting from the base point to the backtracking time. In the direction, 50 items from this customer (ordered at 4:00 on April 2) will be deducted. In this way, the frame management/deduction system 8 performs the re-deduction processing using the updated scheduled storage. Further, the frame management/deduction system 8 uses the cut-off time of the collection after the re-deduction processing, calculates the delivery deadline, and notifies the customer. As described above, in the present embodiment, when the predetermined deposit is changed, the predetermined table is updated using the latest information and the re-deduction processing is performed. Furthermore, the delivery deadline is recalculated and the latest delivery deadline is notified to the customer. - 44 - 1260522 (41) When there is a change in the scheduled storage, the delivery deadline can be recalculated instantaneously, and the customer's demand can be quickly responded to. Fig. 15 is a view for explaining a re-deduction processing method performed by the frame management/deduction system 8. For example, 'false δ δ has a commodity group of commodity A, commodity B, commodity C, and the like. The box management/deduction system 8 manages the deduction processing of all of the product groups. The frame management/deduction system 8 can perform individual re-deduction processing for each item. Therefore, for example, if the predetermined storage of the product A is changed, the frame management/deduction system 8 performs the re-deduction processing only for the product A as shown in Fig. 15 (a), and the other types of products are not re-deducted. Less processing. However, during the period in which the frame management/deduction system 8 performs the re-deduction processing, the product cannot be answered even if there is an inquiry about the delivery deadline. Therefore, it is also impossible to accept orders from customers. In the period in which the product A is re-deducted, the frame management/deduction system 8 cannot answer the delivery date for the product A, but can answer the delivery date for other types of products. Fig. 5 (b) is an example of the case where all products are subjected to deduction processing. The system for re-deducting all the products in this way is much easier to construct than the system for re-deducting each product. Therefore, the construction cost is low and can be easily adopted. However, Figure 15 In the system shown in (b), even if the predetermined storage of a part of the products is changed, it is necessary to perform the re-deduction processing for all the products, so that the period in which the delivery deadline cannot be answered becomes long. Furthermore -45-1262522 (42), the new order cannot be accepted during the period when the delivery period cannot be answered. For example, the re-deduction processing time for each product is set to 1 minute, and the product type is set to 1 000. Now, if one of the products has a change in the scheduled storage, then the frame management/deduction system 8 of Fig. 15(a) will not answer the delivery deadline for the product. On the other hand, in the case where the re-deduction processing is performed by the system of Fig. 15 (b), there will be 1 000 minutes (about 16 hours) for all the products, and the delivery deadline cannot be answered. Therefore, the operator who uses the system of Fig. 15(b), for example, will have to perform the re-deduction process at nighttime collection, and cannot answer the latest exchange in an instant manner like the frame management/deduction system 8. Delivery period. Figure 16 is a flow chart for explaining the sequence of re-deduction processing. In the following processing, the frame management/deduction system 8 is performed in accordance with a predetermined late win. First, the box management/deduction system 8 specifies a product that must be deducted (step 200). This is a means for specifying the shipment reservation information of the frame management/deduction system 8 by specifying the shipment reservation information including the changed information. Next, the box management/deduction system 8 updates the scheduled deposit with the latest information obtained from the manufacturing company for this product (step 2 0 5 ). This is done by means of shipping reservation information update means. Next, the frame management/deduction system 8 performs deduction processing using the updated scheduled storage (step 21). The order of the deduction processing is the same as that shown in the figure -46-1260522 (43)]3. This is done by means of re-deduction. Next, the 'frame management/deduction system 8' confirms whether or not there are other items that need to be deducted (step 2 1 5). When there are other items that need to be deducted (step 2) 5; Y), return to step 200, and the product is re-deducted. When there is no other item that needs to be deducted (step 2 1 5 ; N ), the deduction process ends. [Future Frame Processing] Next, the future frame processing will be described with reference to FIG. When manufacturing companies manufacture goods, they manufacture a large number of products in a centralized manner to reduce manufacturing costs. Therefore, there is a gap between the weekly sales forecast conducted by the vending forecasting system 7 (Fig. 2) and the number of products manufactured by the manufacturing company, as shown in Fig. 17, assuming that the manufacturing company is in the 25th week and In the 27th week, 200 products were collectively manufactured. On the other hand, the sales forecast of the sales forecasting system 7 is set to 100 per week. Therefore, this difference is a difference between the manufacturing companies' collective efforts to manufacture 200 products in order to reduce costs, compared to the forecast of the weekly sales forecasting system 7 of 100. In this case, the frame management/deduction system 8 allocates one of the 200 manufactured in the 25th week, and distributes it in the 25th week, and the remaining port 6 522 (44) The next 100 are allocated in the 26th week. Similarly, the 200 items manufactured in the 27th week are also allocated to the 2nd and 28th weeks, and the number of allocations becomes equal to the sales forecast. In this way, the management center 5 notifies the manufacturing company of the sales forecast up to several weeks in advance, and the manufacturing company can collectively manufacture the products so that the total number of manufacturing can be equal to the total number of sales forecasts. The frame B deduction system 8' can make the number of shipment predictions and the number of allocations equal to each other in order to make the goods to be collectively manufactured. This processing is performed by means of a transfer means including the frame management/deduction system 8. In this way, according to the delivery deadline management using the collection deadline, the following effects can be obtained. (1) It is possible to grasp the scheduled warehousing of the manufacturing company in hours (2) by means of the manufacturing plan holding time information, the finished product can be shipped most quickly, so that it can correspond to customers from less in the library. Ordering. (3) Designing the cut-off time by matching the departure time of the transport vehicle. When there is a customer's order, the deduction can be made based on the collection time. (4) Using the collection deadline and lead time, the customer can be prompted with the correct delivery deadline. -48- 1260522 (45) (5) Since the re-deduction processing can be performed independently for each product, the re-deduction processing can be performed in a short time. Therefore, there is no need to interrupt the operation. β (6) Since the re-deduction processing can be performed in a short time, the pre-beta registration library is changed, and the re-deduction processing can be performed immediately based on the latest information. (7) Since the re-deduction can be performed immediately Since the processing is reduced, the customer can be notified of the delivery deadline quickly. The following is a description of the configuration of the computer installed in the management center 5 with reference to Fig. 18. The management center 5 is composed of a personal computer or a workstation grade computer, and is connected to the input device 74, the output device 78, the communication control device 82, the memory device 88, and the memory medium drive device 7 via the bus bar 73. 6. The peripheral devices such as the input/output interface 8 4 are connected to each other. The bus bar 7 3 transmits the control signal or the data signal of the transmission signal between the control unit 6 6 and the peripheral device. The information processing required for the distribution of goods such as the sales forecasting process, the box management process, and the deduction process is performed in accordance with a predetermined program.  The control unit 66 is composed of a CPU (C entra 1 P r 〇cessing U ni 〇 6 8 , ROM (Read Only Memory) 70, RAM (Random Access, M em 〇ry) 7.2, etc. R〇Μ 7 0 is a read-only memory of various programs, data, and parameters required for various calculations or control of the CPU. The CPU 68 can read programs, data, parameters, etc. from the ROM, but cannot The RAM 72 is a random access memory used as a working memory for the CPU 66. The CPU 68 can write or delete a program or data into the RAM 72. In the form, in the RAM 72, the area required for the CPU 68 to perform the vending prediction process, the frame management process, the deduction process, or other various information processing is ensured. In RA Μ 72, the allocation frame structure is expanded to constitute the distribution frame information. The input means 74 is constituted by, for example, an input device such as a keyboard or a mouse. The person in charge, using the input device 74, can correct the number of sales predictions or correct the number of distributions. It is a device for inputting information such as text or numbers to the management center 5. The keyboard is a button for inputting Japanese katakana or English characters, numeric keys for inputting numbers, various function keys, cursor control keys, and A mouse is used as a pointer device. When a user operates a software using a GUI (Graphal User Interface), etc., a mouse can click a button or a icon displayed on the display device to perform predetermined information. The output device 7 8 is composed of, for example, a display device, a printing device, etc. -50 - 1260522 (47) The display device, for example, is used to display information on a CRT (Cathode Ray Tube) display, a liquid crystal display, and an electric A device on a screen formed by a slurry display or the like. A display device can display a prediction screen, a distribution frame structure, etc. The display device constitutes a presentation means for presenting a distribution frame structure. The distribution frame structure can be arranged in the management center 5 In addition to the prompt, it is also prompted in the manufacturing company system 12. However, the frame structure suggested in the manufacturing company system 12 has a range It is limited by the upper search incapable portion 32. The printing device 'for example, a device that prints output information such as the number of predictions on a printing medium such as paper. The printing device is, for example, an inkjet printer or a laser printer. It is composed of various printer devices such as a hot-sweeping printer, a dot matrix printer, etc. The communication control device 82 is, for example, connected to the Internet or LaN (. A local area network connection such as a Local Area Network is used to connect to a server or terminal device installed in the manufacturing company system 12, the distribution company system 13, and the sales company system 14 via a communication line. The communication control device 82 is controlled by the CPU 68 to transmit signals and data in accordance with a predetermined communication protocol. The memory medium drive device 76 is a drive device that drives a removable memory medium to read and write data. As a removable media, such as optical disk, disk, tape 'semiconductor memory, paper tape for punching data, C D - R 〇 Μ, etc. Furthermore, c R 〇M or paper tape can only be read -51 - 1260522 (48) Memory device 8 8 is a memory medium that can be read and written, and used to continue the program or data for this s5 1 media. The drive device is composed of. As the memory medium, as long as a hard disk is used, it may be constituted by a readable and writable memory such as a magneto-optical disk, a magnetic disk, or a semiconductor memory. The memory device 8 8 memorizes: a variety of programs such as the sales forecasting program 50, the box management and the deduction program 5, the order program 5 4, the other program 5 6 , or the database 5 8 etc.; The 8 series stores various materials required for distribution of products such as allocation frame structure data of each product or deduction information such as the collection deadline. The database 5 8 stores the allocation frame structure developed in the RAM 72, which also constitutes an allocation box information memory means. The CPU 68' can read or write programs or data to the memory device 88 by driving the drive device 88. The Selling Forecasting Program 50 is a program used to make the CPU 68 perform the selling prediction function by C. The PU 68 implements the sales forecasting program 50 to constitute the sales forecasting system 7 (Fig. 2). Further, the "frame management" includes the deduction program 52 and the order program 54 by the CPU 68, and constitutes the frame management/deduction system 8 and the order system 9 and the other programs 5 6, for example, the manufacturing company system 1 2. A communication program such as a distribution company system I 3, a sales company system 14 or the like, or a basic software such as a memory management or an input/output management operation, that is, a program system (0 perating System) Composition. Further, in the vending company system I 4, data for displaying the configuration of the distribution frame is generated, and a program for transmitting to the vending company system 1 4 (Prompt - 52-1262522 (49) means) is also stored. The input/output interface 84 is composed of, for example, a serial interface or other specification interface. The function can be expanded by connecting an external device corresponding to the interface to the input/output interface 84. In the above-described embodiment, the management of the number of allocations using the hierarchical allocation frame structure is performed by the delivery deadline management using the collection deadline, but may be independently performed by other methods or by other methods. The technology is to build a distribution system that manages one of the parties. That is, for the allocation of the allocation number, the conventional method can be used and the collection deadline is used in the delivery deadline management; or the allocation allocation structure of the hierarchy is used to manage the allocation number, and the delivery deadline management It is constructed using a conventional management method in Japanese. Further, in the above-described example, the allocation of the allocation frame structure and the delivery deadline management using the collection and closing time are independently performed, but these techniques may be closely combined. That is, in the allocation number of the allocation box, there is the collection deadline information and the number of allocations that meet the customer's desired delivery deadline is deducted. The frame management/deduction system 8 has the number of allocations that can be deducted at the lower level, but there is no product that can meet the deadline of the desired delivery deadline. In the distribution box in which the goods of the conditions of both delivery terms are allocated, when there is an allocation box that satisfies the condition, the number of items in the distribution box is deducted. Furthermore, the merchandise distribution system 1 is more effective if it is applied to a quotient - 53 - 1260522 (50) product having a demand greater than the supply. In this case, the customer's order is not mixed, and each customer part can be controlled. By using the collection deadline, the following configuration can be obtained. A merchandise distribution system characterized by comprising: a shipment reservation information acquisition means for obtaining a shipment possible time and a shipment possibility from a predetermined product, and a delivery deadline of a shipment application for terminating the product The shipment reservation information formed by the time; the order information acquisition means, which acquires and memorizes the order quantity of the ordering customer from ordering the above-mentioned goods; the collection deadline selection means, the means is based on the aforementioned shipment reservation information, Selecting the specified collection deadline; the means for searching, which is the undelivered item that has not been delivered to the customer in the aforementioned shipping reservation information, using the aforementioned selected delivery deadline as the base point, in the direction of the backtracking time Searching; 'delivery means, the means for distributing the retrieved item to the ordering customer when the number of the retrieved items reaches the order quantity of the memory, and the delivery information memory means, the means Update the corresponding ordering customer and quotient using the delivery result in the aforementioned delivery means Distribution of information delivery, and remember them (using the set of goods constitute the first deadline). In the first configuration described above, the order information obtaining means may further include a required time calculating means for obtaining a desired delivery deadline and a delivery destination, and specifying a delivery route to the delivery destination obtained, and calculating The time required for the delivery of the product in the transport path of the specific -54 - 1260522 (51); the means for selecting the cut-off time is configured to be able to use the calculated time required to select the product to be obtained The latest collection deadline (the second configuration using the collection deadline) when the delivery deadline arrives at the delivery destination earlier. ◦ For the second configuration described above, it is possible to configure the delivery deadline selected by using the aforementioned delivery deadline. As a result of the search by the search means, when the number of the products to be searched does not reach the order quantity of the memory, the collection deadline selection means selects a future than the selected stock cut-off time. The direction of the search, and the closest search method in the current collection deadline Usually the number of cable product reaches the OFF time set of goods (3 composed using the first set of goods between the time off). In the above-described first configuration, the product delivery system includes: a shipment reservation information specifying means. This means that each product is independently associated with a product of a plurality of types of products, and is included in the product. When at least a part of the information in the shipment reservation information obtained is changed, the shipment reservation information including the information to be changed is specifically included; and the shipment reservation information update means uses the changed information. The specific shipping reservation information is separately isolated from other shipping reservation information and updated; and the re-distribution means uses the updated shipping schedule - 55-1260522 (52) information, The product is re-delivered to the aforementioned ordering customer (the fourth component of the collection deadline). In the fourth configuration, the delivery deadline answering means (the fifth configuration using the collection deadline) is provided with an answer to the delivery deadline for the product other than the product that has been delivered by the re-distribution means. . In the first configuration, it is possible to provide a merchandise prediction means for predicting the number of sales predictions for each predetermined period of the product, and a means for moving the vehicle to be scheduled to be shipped in the shipment reservation information. At least a part of the shipment may be moved in the future direction, so that the number of shipments may be in accordance with the predicted sales forecast (the sixth configuration using the stock cut-off). The first configuration ' can be configured to include: a possible number setting means for setting the order number information of the customer to purchase the product in the distribution box information to be contacted with the customer; the allocation frame information memory Means, the means for memorizing the allocation box information with the aforementioned orderable number information; and the updating means; the foregoing delivery means' is a number of ordering orders specified in the order number information of the allocation box information in contact with the aforementioned ordering customer And, as an upper limit, the foregoing order quantity is delivered to the ordering customer; the foregoing updating means, using the foregoing quantity that has been delivered, the information of the order quantity of the allocation box information is updated to the information of the order quantity after the specific delivery (use set) (Embodiment 7 of the cargo cut-off time) ° - 56 - 1260522 (53) (Industrial Applicability) The present invention can be applied to a product delivery system that distributes products from a shipping source to a delivery location. [Effects of the Invention] ~ It is possible to distribute the products in a planned manner, and it is possible to reduce the cost of the product logistics. [Brief Description of the Drawings] Fig. 1 is a view showing an example of the configuration of the product delivery system of the present embodiment. Fig. 2 is a view showing an example of the configuration of the management center. Fig. 3 is a view showing an example of a sales forecast screen. Fig. 4 is a view showing an example of a distribution frame structure. Fig. 5 is a diagram for explaining the movement of the number of allocations at the time of deduction. Fig. 6 is a view for explaining an example of constituting a plurality of allocation frames in a hierarchical structure. Figure 7 is a flow chart for explaining the allocation process. Figure 8 is a flow chart for explaining the deduction process. · Figure 9 is a diagram used to illustrate the cut-off time of the collection. .  The first chart is a diagram used to illustrate the deadline for collection. Figure 11 is a diagram used to illustrate the cut-off time of the collection. Figure 12 is a diagram illustrating the method of calculating the delivery deadline. Figure 1 3 is a flow chart for explaining the sequence of -57-1225822 (54) of the deduction process using the stock-cut deadline. Figure 14 is a diagram illustrating the re-deduction process. Fig. 15 is a diagram for explaining a re-deduction processing method performed by the frame management/deduction system. Figure 16 is a flow chart for explaining the sequence of re-deduction processing. Figure 17 is a diagram used to illustrate the future box. Fig. 18 is a diagram for explaining the construction of a computer set in the management center. Figure 19 is a diagram for explaining a conventional merchandise distribution system. [Main component symbol description] 1 : Product distribution system 2 : Reference shipment area 3 : Store distribution area 4 : Delivery location 5 : Management center 7 : Sales forecast system 8 : Frame management · Deduction system 9 : Order system ] 2 : Manufacturing Company System 1 3: Distribution Company System 1 4 ··Traffic Company System>58-

Claims (1)

1260522 (1) X. Patent application scope 9 3 1 2 1 1 7 No. 6 Patent application Chinese patent application scope revision Amendment of the Republic of China on February 21, 1955 1 · A commodity distribution system for the use of the current library The number and the number of scheduled shipments of the predetermined products in the predetermined period of time, and the product delivery system in which the products are delivered to the customer in advance, and characterized in that: _ the number of possible setting means is that the customer can order the aforementioned The order quantity of the goods may be set in the distribution box information to be contacted with the customer; the allocation box information memory means, the means is to memorize the allocation box information provided with the aforementioned orderable number information; the order quantity obtaining means, the means is obtained from The order number of the ordering customer who ordered the aforementioned goods; the means of delivery, which means that when the stock is present, the current number of stocks is now distributed to the above-mentioned ordering customers, and when the current stock is not present, the distribution from the previous ordering customer is The order quantity of the box information may be the number of orders specified in the information, and the number of orders obtained as described above' And the means for updating, by means of the quantity of the order number of the delivery of the quantity of the order, the information of the order quantity of the distribution box information is updated to the information of the number of possible orders after the specific delivery; Means, the hierarchical relationship information that memorizes the hierarchical relationship between the specific allocation frame information and other distribution box information, such that the distribution box 1260522 (2) information becomes a hierarchical structure; the lowest allocation frame information is directly contacted with the aforementioned customer, and the lowermost layer The allocation box information is associated with the aforementioned customer by setting a hierarchical relationship with the allocation box information - the distribution box information of the lower layer; the foregoing delivery means is the lower layer allocation from the distribution box information of the aforementioned order customer contact The box information begins, and the order quantity is delivered in order. 2. The merchandise distribution system according to claim 1, wherein the merchandise prediction number calculation means is provided, and the means for predicting the number of sales of the merchandise in the predetermined period for each of the sales locations; The setting means determines the orderable number information set in the distribution box information by using the sales forecast number of the sales location to which the ordering customer belongs. 3. The product delivery system according to claim 1, wherein the means for presenting means for prompting the order number information set in the allocation box information; and for each of the prompt objects presented by the prompting means, Setting #Ordering possible information indicates the range of possible allocation box information. 4. The product delivery system according to claim 3, wherein the prompt object corresponds to any one of the lowest allocation frame information; and the range of the possible distribution box information of the prompt is from the corresponding The distribution box information of the lowest layer of the display object starts, and the allocation frame information of the hierarchical relationship is set in the upper direction. 5. The merchandise distribution system according to claim 4, wherein in the foregoing hierarchical relationship, an upper layer prompt prohibiting portion is provided; the foregoing prompt -2- 1260522 (3) possible allocation frame information is until the upper layer is Prompt to block the part of the restriction. (6) The product distribution system according to the first aspect of the patent application, wherein the hierarchical structure of the distribution frame information is set for each product. 7. A method of distributing a product, which is a product delivery method in which a predetermined number of shipments of a predetermined product in a predetermined number of days and a predetermined period of time in the future are used, and the product is delivered to the customer in advance, and the number of possible setting means is The distribution box information memory means, the order number acquisition means, the delivery means, and the computer that updates the φ means perform the following steps of the product delivery method, and the number of steps may be set. This step is to use the aforementioned possibility that the customer can order the order of the goods. The number setting means is set in the allocation box information to be contacted with the customer; the allocation frame information memory step, the step is to use the allocation box information memory means to memorize the allocation box information provided with the aforementioned orderable number information; In this step, the number of orders from the ordering customers who order the goods is obtained by using the order quantity obtaining means; the icing distribution step, which is to use the delivery means, and now distributes the current number of the library to the above-mentioned ordering customers when the stock is in stock, when Now order from the above when the library does not exist The order number of the distribution box information of the customer contact may be the number of orders specified in the information, and the number of orders obtained , is delivered to the ordering customer; and the updating step is to use the updating means to use the order number The quantity of the ordering information of the foregoing allocation box information is updated to the information of the number of possible orders after the specific delivery. -3- 1260522 (4) 8. The method for distributing goods according to claim 7, wherein the foregoing allocation frame information memory means memorizes hierarchical relationship information between a specific hierarchical relationship with other distribution frame information, so that The allocation box information is a hierarchical structure; the lowest allocation box information is directly contacted with the customer, and the allocation box information other than the lowest layer is set with the distribution box information of the lower layer relationship with the distribution box information, and In the foregoing delivery step, the delivery means sequentially delivers the order number from the lower layer allocation frame information among the distribution box information associated with the order n customer. The method of distributing a product according to the eighth aspect of the invention, wherein the computer includes a means for calculating a sales forecast number; and the means for calculating the number of the goods in the predetermined period for each of the sales locations by using the vending prediction number calculating means In the foregoing number-of-probability setting step, the possible number setting means is to determine the order set in the distribution box information by using the sales forecast number of the sales location to which the ordering customer belongs. Possible information. 10. The method of distributing goods according to item 8 of the patent application, wherein the computer has a prompting means; ^ and a prompting step of prompting the ordering number information set in the allocation box information by using the prompting means; In each of the prompt objects presented in the above-mentioned prompting step, the range of possible allocation frame information for ordering the number of possible information is set. -4 - 1260522 (5) 1 1 . The product delivery method according to claim 10, wherein the object to be presented corresponds to any one of the lowest allocation frame information; The range of 'sets the allocation box information of the hierarchical relationship from the uppermost direction corresponding to the allocation box information of the lowermost layer of the above-mentioned prompt object. 12. The method for distributing goods according to claim 11, wherein in the hierarchical relationship, an upper layer prohibiting portion is set; and the information indicating the possible allocation of the frame is up to the limit of the upper layer prompt prohibiting portion. Partly. 13. The method of distributing goods according to claim 8, wherein the hierarchical structure of the allocation frame information is set to _ for each product. 14. A memory medium that can be read by a computer that stores a product distribution program, and uses a computer to execute a predetermined number of shipments of a predetermined product in a predetermined number of times in the current number of stores and in the future, and delivers the goods to the customer in advance. In the form of a function, a memory medium readable by a computer of a product distribution program is characterized in that: a computer is used to execute the information on the number of orders for which the customer can order the goods, and is set in the distribution box information to be contacted with the customer. The possible number setting function; the allocation box information memory function of the allocation box information provided with the aforementioned orderable number information; the order number obtaining function of obtaining the order number of the ordering customer who ordered the goods; when it is in stock now Now the number of shipments is distributed to the above-mentioned order -5 - 1260522 (6) Customer, when the library is not present, the number of orders specified in the order number information from the distribution box information associated with the aforementioned ordering customer is The number of orders obtained, delivered to the aforementioned ordering customer's delivery function; and - The order of the number of the aforementioned order is used to update the subscription information of the distribution box information to the update function of the information of the number of possible orders after the delivery. 1 5 . The memory medium readable by a computer storing the merchandise distribution program according to claim 14 of the patent application, wherein the foregoing allocation box information is recorded as a memory function, and is between a memory specific and other allocation box information. The hierarchical relationship information of the hierarchical relationship makes the distribution box information become a hierarchical structure; the lowest allocation frame information is directly contacted with the aforementioned customer, and the distribution box information other than the lowest layer is set to have a hierarchical relationship under the distribution frame information. The box information is allocated, and the customer is contacted; the foregoing delivery function starts from the lower layer allocation box information in the allocation box information associated with the ordering customer, and sequentially delivers the order number. 1 6 . The memory medium readable by a computer storing the product distribution program as described in claim 15 of the patent application, wherein the computer is used to realize the sale of the aforementioned goods in the predetermined period of time for each of the sales locations. The forecast number calculation function of the predicted number; the possibility number setting function determines the order possibility number information set in the distribution box information by using the sales forecast number of the vendor-selling place to which the ordering customer belongs. 17* A computer-readable memory medium in which the merchandise distribution program is stored as described in claim 15 of the patent application, wherein the computer is used to implement the reference -6-1260522 (7) is set in the aforementioned allocation box information. The ordering function of the possible number of information is ordered; for each of the prompting objects prompted by the prompting function, the range of possible allocation information of the ordering information is suggested. 1 8 . The memory medium readable by a computer storing the merchandise distribution program according to claim 17 of the patent application, wherein the prompt object corresponds to any one of the lowest allocation frame information; the foregoing suggestion is possible The range of the information of the allocation box is set from the information of the allocation box corresponding to the lowest layer of the above-mentioned prompt object, and the allocation frame information of the hierarchical relationship is set to the upper layer direction. The memory of the item described in claim 18 is applied. The memory medium readable by the computer of the distribution program 'in the foregoing hierarchical relationship, the upper layer prompt prohibiting portion is set; the above-mentioned possible allocation box information is until the portion restricted by the upper layer prompt prohibiting portion. 2 0. The computer-readable memory medium of the memory product distribution program described in claim 15 of the patent application, wherein the hierarchical structure of the distribution frame information is set for each product.